Runtime optimisationHow to increase cleaning-machine runtime by 30%
How LiFePO4 technology eliminates forced downtime in industrial cleaning fleets.
Read moreExtend the runtime of your cleaning machines and reduce energy costs — maintenance-free LiFePO4 systems.
Guaranteed compatibility with Nilfisk, Kärcher, Tennant, Hako and other leading brands. LFP-E delivers high-performance LiFePO4 battery systems for floor scrubbers, sweepers, cleaning robots and mobile industrial equipment — with faster charging, lower weight, BMS protection and local technical support in Hungary.
Lead-acid replacement
Faster charging
BMS protection
Lighter weight
Industrial enclosure
Local support in Hungary
Replace lead-acid with an industrial LiFePO4 system
Traditional lead-acid, AGM and GEL batteries are still common in industrial cleaning machines today. In daily operation, however, long charging times, heavy weight, hands-on maintenance, deep-discharge risk and frequent replacement create a significant operating burden. LFP-E LiFePO4 systems provide a modern answer to these problems.
Faster charging, less downtime
LiFePO4 charge times are a fraction of lead-acid, so machines return to work far sooner.
Longer service life, fewer replacements
Significantly more charging cycles reduce replacements and long-term operating cost.
Lower weight, easier handling
Reduced weight improves handling and in many cases lowers floor loading.
Maintenance-free operation
No fluid top-ups, no equalisation charging, no dedicated maintenance procedures.
Intelligent Battery Management System (BMS)
Prevents failures caused by operator error: the integrated BMS monitors cell voltage, temperature and current, and protects against overcharge, over-discharge and short circuit.
Communication and diagnostics
Bluetooth, RS485, CANBus or UART diagnostic and status data — part of our planned roadmap.
It is not the battery price that matters, but the total cost of operation
In an industrial environment, the battery price is only one cost element. The real decision point is total cost of ownership: how long the battery can be used, how often it must be replaced, how much downtime it causes, how much operator attention it needs, how much service it generates and how predictable machine availability becomes.
Did you know? Over their service life, lead-acid batteries cause up to three times more downtime than a LiFePO4 system.
Request a free ROI analysisCalculate your payback
See exactly how quickly LiFePO4 technology pays for itself in your operation.
Inputs
Enter your own operational parameters.
5 units
€1,125
5 days
Results
5-year comparison — lead-acid vs. LiFePO4.
Payback period
31 months5-year savings
€9,650Maintenance cost (LiFePO4)
€0Assumptions: lead-acid life ~2 years, LiFePO4 ~10 years; lead-acid maintenance ~€60/year/machine equivalent; LiFePO4 ~20% energy-efficiency advantage. Actual payback varies by machine and duty cycle.
Request a detailed analysis by emailCase studyLogistics centre · 12 floor cleaning machines
30% more uptime across a 40,000 m² logistics centre
Challenge
Twelve industrial floor scrubbers ran on lead-acid batteries that needed 6–8 hours of charging after every 8-hour shift. In three-shift operation this meant recurring downtime and rented backup machines. Weekly water top-ups and full replacements every two years added a significant operating burden.
Solution
LFP-E replaced all twelve packs with custom-sized, BMS-protected LiFePO4 systems fitted to the existing battery compartments. Fast opportunity charging enabled continuous operation, maintenance dropped to zero, and the designed service life is 10 years.
+30%
More runtime
−50%
Total cost of ownership (TCO)
0 h
Battery maintenance per year
14 months
Payback period
Information resources
Technical articles, case studies and practical guides on industrial LiFePO4 battery systems.
Runtime optimisation
Cost reductionThe LiFePO4 payback: why the “more expensive” battery is actually cheaper
Purchase price is just the tip of the iceberg — from a TCO perspective LFP-E is the more economical choice.
Read more
Safety & BMSBMS & safety: why LFP-E systems need no maintenance
Forty percent of industrial battery failures are caused by operator error — the built-in BMS removes that risk.
Read moreLooking for a technical partner for LiFePO4 battery systems?
LFP-E is not just a battery reseller — we are your industrial technical partner, from machine compatibility checks to BMS parameterisation.